Sahil Bagdi / 个人资料

Learn how to implement a powerful custom logging framework for MQL5 that goes beyond simple Print() statements by supporting severity levels, multiple output handlers, and automated file rotation—all configurable on‐the‐fly. Integrate the singleton CLogger with ConsoleLogHandler and FileLogHandler to capture contextual, timestamped logs in both the Experts tab and persistent files. Streamline debugging and performance tracing in your Expert Advisors with clear, customizable log formats and centralized control.

This article details building an adaptive Expert Advisor (MarketRegimeEA) using the regime detector from Part 1. It automatically switches trading strategies and risk parameters for trending, ranging, or volatile markets. Practical optimization, transition handling, and a multi-timeframe indicator are included.

This article details creating an MQL5 Market Regime Detection System using statistical methods like autocorrelation and volatility. It provides code for classes to classify trending, ranging, and volatile conditions and a custom indicator.

Discover practical techniques to optimize memory usage in MQL5 trading systems. Learn to build efficient, stable, and fast-performing Expert Advisors and indicators. We’ll explore how memory really works in MQL5, the common traps that slow your systems down or cause them to fail, and — most importantly — how to fix them.

Experience a step-by-step guide on creating a custom JSON parser in MQL5, complete with object and array handling, error checking, and serialization. Gain practical insights into bridging your trading logic and structured data with this flexible solution for handling JSON in MetaTrader 5.

This article focuses on essential MQL5 file-handling techniques, spanning trade logs, CSV processing, and external data integration. It offers both conceptual understanding and hands-on coding guidance. Readers will learn to build a custom CSV importer class step-by-step, gaining practical skills for real-world applications.

在第四篇中，我们重新审视了之前开发的“简单对冲”和“简单网格”智能系统（EA）。我们的专注点转移到通过数学分析和暴力方式完善简单网格 EA，旨在优化策略用法。本文深入策略的数学优化，为在以后文章中探索未来基于编码的优化奠定了基础。

在第三部分中，我们重新审视了早前开发的简单对冲和简单网格智能系统（EA）。我们的重点转移到通过数学分析和蛮力方式完善简单对冲 EA，旨在实现最优策略用法。本文深入探讨了该策略的数学优化，为在日后文章中探索未来基于编码的优化奠定了基础。

在本文中，我们探讨了经典的网格策略，详解 MQL5 的智能交易系统的自动化，并初步分析回测结果。我们强调了该策略对高持有能力的需求，并概括了在未来分期分批优化距离、止盈和手数等关键参数的计划。该系列旨在提高交易策略效率，以及针对不同市场条件的适配性。

我们将创建一个简单的对冲 EA，作为我们更高级的 Grid-Hedge EA 的基础，它将是经典网格和经典对冲策略的混合体。在本文结束时，您将知晓如何创建一个简单的对冲策略，并且您还将知晓人们对于该策略是否能真正 100% 盈利的说法。

In this article, we will analyse the impact of dividend announcements on stock market returns and see how investors can earn more returns than those offered by the market when they expect a company to announce dividends. In doing so, we will also check the validity of the Efficient Market Hypothesis in the context of the Indian Stock Market.

加入我们的《利用 MQL5 的交互式 GUI 改进您的交易图表》系列的第 III 部分，我们将探索将交互式 GUI 集成到 MQL5 中的可移动交易仪表板之中。本文建立在第 I 部分和第 II 部分的基础上，指导读者将静态交易仪表板转换为动态、可移动的。

依靠我们的以 MQL5 创建可移动 GUI 的深度指南，在您的交易策略和实用程序中解锁动态数据表达的潜力。深入研究面向对象编程的基本原理，并探索如何在同一图表上轻松高效地设计和实现单个或多个可移动 GUI。

凭借我们的利用 MQL5 创建可移动 GUI 的综合指南，令您的交易策略或实用程序焕发出呈现动态数据的力量。 深入了解图表事件的核心概念，并学习如何在同一图表上设计和实现简单、多个可移动的 GUI。 本文还探讨了往 GUI 上添加元素的过程，从而增强其功能和美观性。